有机硅材料
有機硅材料
유궤규재료
SILICONE MATERIAL
2013年
4期
307-312
,共6页
钟颖%裴勇兵%吴连斌%陈遒%来国桥
鐘穎%裴勇兵%吳連斌%陳遒%來國橋
종영%배용병%오련빈%진주%래국교
超疏水%SiO2涂膜%粗糙度%低表面能%水接触角
超疏水%SiO2塗膜%粗糙度%低錶麵能%水接觸角
초소수%SiO2도막%조조도%저표면능%수접촉각
superhydrophobic%silica film%roughness%low surface energy%water contact angle
综述了近年来通过溶胶凝胶法、化学改性法、相分离法、自组装法构建粗糙度和通过共混法、原位聚合法、原位生成法修饰低表面能物质制备超疏水SiO2涂膜的研究进展，并对超疏水涂膜的发展方向进行了展望。
綜述瞭近年來通過溶膠凝膠法、化學改性法、相分離法、自組裝法構建粗糙度和通過共混法、原位聚閤法、原位生成法脩飾低錶麵能物質製備超疏水SiO2塗膜的研究進展，併對超疏水塗膜的髮展方嚮進行瞭展望。
종술료근년래통과용효응효법、화학개성법、상분리법、자조장법구건조조도화통과공혼법、원위취합법、원위생성법수식저표면능물질제비초소수SiO2도막적연구진전，병대초소수도막적발전방향진행료전망。
The research on the fabrication of super-hydrophobic silica films was presented by constructing roughness through sol-gel, chemical modification, phase separation and self-assemble methods, and grafting low surface energy materials through co-mixing, in-situ-polymerization and in-situ-generation, and the devel-opment of super-hydrophobic films was also pointed .
